Foxboro 13A-HS2 Differential Pressure Transmitter

The Foxboro 13A-HS2 differential pressure transmitter is an instrument used for measuring the differential pressure of fluids. The following is its relevant information:

Measurement range: Its measurement range is available in multiple options such as 200-850 inches of water column (in-H ₂O), and can also be expressed as -850 to 850 inches of water column, which can meet the differential pressure measurement requirements in different scenarios.

Output signal: Usually, the output is a standard 4-20mA DC current signal, which can be conveniently connected to various control systems or display devices for signal transmission and processing.

Working principle: Based on the principle of differential pressure measurement, the differential pressure of the measured medium is introduced into the transmitter by using the double-sided pressure guiding tubes, which acts on the double-sided isolation diaphragms of the sensor. Through the sealing liquid in the diaphragm, it is conducted to the measuring element, converting the differential pressure signal into the corresponding electrical signal. Then, after being processed by the circuit inside the transmitter, a standard 4-20mA DC signal is finally output.

Application scenarios: It can be used to measure parameters such as liquid level, flow rate and pressure of liquids, gases or steam, and is widely applied in industrial fields such as petroleum, chemical engineering, power, metallurgy and water treatment, as well as in some occasions with high hygiene and cleanliness requirements, such as in the production of food, beverages and pharmaceuticals.

Product features: It is characterized by high precision and good stability, and can work stably for a long time in harsh industrial environments. Its range and zero point can be continuously adjusted externally, facilitating on-site debugging and calibration. In addition, this transmitter has a robust structure, excellent anti-interference ability and anti-corrosion performance, and can adapt to different installation methods and environmental conditions.